The mixing of fibre-forming polymer is an important way to attain fibre modification.
成纤高聚物的共混是达到纤维改性的一种重要方法。
This paper introduces the surface modification technology by low-temperature plasma and discusses its application in improving the adhesion of high-properties fibre.
介绍了纤维材料的低温等离子体表面改性技术，并对其在改善高性能纤维表面粘着性的应用进行论述。
The latest dyeing mechanisms as well as the physicochemical modification applied in fibre dyeing process were introduced in this paper.
本文介绍了最新的纤维染色机理以及物理化学修饰方法在染色工艺中的应用。
Production processing of developing light thin high density fabric that is made of trefoil polyester fibre, cation modification dyeable polyester, fine polyester fibre and combed cotton was discussed.
探讨采用三叶涤纶纤维、阳离子改性可染涤纶纤维、细特涤纶纤维与精梳棉混纺纱开发轻薄型高密织物的生产工艺。
Enhancement of PEEK by adding continuous fibre and short fibre, particle fillers, surface modification and blend with polymers were reviewed.
本文从纤维增强PEEK、颗粒填充PEEK、PEEK表面改性、与聚合物共混等方面综述了PEEK改性研究的进展情况。
It was discovered from the experiment that the fibre after modification could make oil removal rate by flushing increase to 1.9 ~ 2.8 times of the original concentration, and could b...
试验结果发现，改性后的纤维可使其冲洗除油率增加为原来的1.9 ~ 2.8倍，经过改性后的纤维可以在含油废水处理中通过反冲洗再生而得到重复使用。
It was discovered from the experiment that the fibre after modification could make oil removal rate by flushing increase to 1.9 ~ 2.8 times of the original concentration, and could b...
试验结果发现，改性后的纤维可使其冲洗除油率增加为原来的1.9 ~ 2.8倍，经过改性后的纤维可以在含油废水处理中通过反冲洗再生而得到重复使用。
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